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Automotive components can be completed through 3D printing, not just prototype automotive prototypes

2023-05-29 10:06:27
43Times

3D printing is a type of rapid prototyping technology, also known as additive manufacturing technology. It is a technology based on digital model files, using adhesive materials such as powdered metal or plastic to construct objects through layer by layer printing.

The following is an introduction from the 3D printing manufacturer of Borui Exhibition Tianjin about how these automotive components can be completed through 3D printing. 3D printing of automobiles is not only an analysis of prototypes, but also a reference for everyone.





Its advantages lie in:

1. Short production cycle and cost saving

2. Quickly manufacture any complex structure

3. Personalized customization and streamlined processes

For the automotive industry, whether it is from design, research and development, small-scale trial production, or large-scale manufacturing, it has good application feasibility compared to existing processes. Many foreign 3D printing companies currently have close cooperation with automobile manufacturers, mainly focusing on 3D printing components, but have begun to shift towards fully 3D printed models. These car parts can be completed with 3D printing, and 3D printing of cars goes beyond prototypes!

The strong investment in 3D printing research and development by European and American car manufacturers reflects the importance attached to it and the significant role that 3D printing plays in enhancing research and development capabilities.

According to experts, there are currently five main applications of 3D printing:

1. Used for design;

2. Direct production of complex structural parts;

3. The production of lightweight structural parts on automobiles;

4. Customized specialized workpieces and testing instruments;

5. Production of vehicle models.

3D printing eliminates the need for machine tools during component production, greatly reducing development time and production costs. Repeatable additive processes can produce lighter and better components that can be directly installed on vehicles.

Currently, the available components include:

Tools, fixtures, fixtures, suspension systems, suspension, drive shafts, battery packs, car seats, heat exchangers

Chassis parts, tire molds, racing condensers, exhaust pipes, engine cooling sleeves, customized automotive components, automotive air conditioning, intake system, steering wheel



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